KEGG   Mus musculus (house mouse): 21683
Entry
21683             CDS       T01002                                 
Symbol
Tecta, Tctna
Name
(RefSeq) tectorin alpha
  KO
K18273  alpha-tectorin
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    21683 (Tecta)
   04147 Exosome [BR:mmu04147]
    21683 (Tecta)
Cilium and associated proteins [BR:mmu03037]
 Other cilia and associated proteins
  Stereociliary proteins
   21683 (Tecta)
Exosome [BR:mmu04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   21683 (Tecta)
SSDB
Motif
Pfam: VWD NIDO C8 Zona_pellucida TIL TILa FXa_inhibition cEGF
Other DBs
NCBI-GeneID: 21683
NCBI-ProteinID: NP_033373
MGI: 109575
Ensembl: ENSMUSG00000037705
UniProt: O08523
Position
9:complement(42240918..42312986)
AA seq 2155 aa
MNYSSLLRIWVSFIFALVRHQAQPRELMYPFWQNDTRTPKVDDGSSSEIKLAIPVFFFGV
PYRTVYVNNNGVVSFNVLVSQFTPESFPLTDGRAFIAPFWADVHNGIRGEIYYRETMDPA
ILRRATKDIRKYFKDMTTFSATWVFIVTWEEVTFYGGSSTTPVNTFQAVLVSDGSYTFTL
FNYYEINWTTGTASGGDPLTGLGGVMAQAGFNGGNLTNFFSLPGSRTPEIVNIQETTNVN
VPGRWAFKVDGKEIDPANGCTSRGQFLRRGEVFWDDLNCTIKCRCLDFNNEIYCQEASCS
PYEVCEPKGRFFYCSPVETSTCVVFGEPHYHTFDGFLFHFQGSCAYLLARQCLQTSSLPF
FSVEAKNEHRGGSAVSWVKELSVEVNGYKILIPKGSYGKVKVNDLVTSLPVTLELGAVKI
YQSGMSTAVETDFGLLVTFDGQHYASISIPGSYINSTCGLCGNYNKNPLDDFLRPDGRPA
MSVLDLGESWRVYHADWKCGSGCVDNCTQCDAATEALYFGSDYCGFLNKTDGPLWECGTV
VDATAFVHSCVYDLCSVRDNGTLLCQAIQAYALVCQALGIPIGDWRIQTGCVSTVRCPSF
SHYSVCTSSCPDTCSDLTASQNCATPCTEGCECNEGFVLSTSQCVPLHKCGCDFDGHYYT
MGEFFWATANCTVQCLCEEGGDVYCFNKTCRSGEVCAVEDGYQGCFPKRETVCLLSQNQV
LHTFDGAAYAFPSELSYTLLKTCPERPEYLEIDINKKKPDAGPAWLRGVRILVADQEVKI
GGVGALEVKLNGQDVELPFFHPSGRLEIHRNKNSTTVESKGVVSVQYSDVGLLYIRLSTM
YFNCTGGLCGFFNANASDEFCLPNGKCTDNLAVFLESWTTFEEICNGECGDLLKACNNDS
ELLKFYRSRSRCGIINDPSNSSFLECHGVVNVTAYYRTCLFRLCQSGGNESELCDSVARY
ASACKNADVEVGPWRTYDFCPLECPENSHFEECMTCTETCETLALGPICVDSCSEGCQCD
EGYALQGSQCVPRSECGCNFEGHQLATNETFWVDQDCQIFCYCNGTDNSVHCETIPCRDD
EYCMEESGLYYCQPRTDASCIVSGYGHYLTFDGYPFDFQTSCPLILCTTGSRPISDSFPK
FIVTAKNEDRDPSLALWVKQVDVNVFGYSIVIHRAYKHTVLVNNERLYLPLKLGQGKINI
FSFGFHVVVETDFGLKVVYDWKTFLSITVPRSMQNGTYGLCGRYNGNPDDDLEMPMGLPA
LSINEFGQSWVKRDTFCQVGCGDRCPSCAKVEGFSKVQQLCSLIPNQNAGFAKCHSKVNP
TFFYKNCLFDSCIDGGAVQTACSWLQNYASTCQTQGIAVTGWRNYTSCSVTCPPNSHYES
CVSVCQPRCAAIRLKSDCNHYCVEGCQCDAGYVLNGKSCILPHNCGCYSDGKYYEPKQLF
WNGDCTRRCRCFRRNLIQCDPRQCKSDEECALRSGVRGCFSTKTSYCLAAGGGVFRTFDG
AFLRFPANCAFVLSTICQKLPDISFQLIINFDKWSSPNLTIISPVYFYINEEQILINDRN
TVKVNGTQVNVPFITGLATKIYSSEGFLVIDTSPDIQIYYNGFNVIKISISERLQNKVCG
LCGNFNGDMTDDYVTLRGKPVVSSVVLAQSWKTNGMQKRPLAPSCNELQFSQYAATCDNV
HIQAMQGDGYCLKLTDMKGFFQPCYGLLDPLPFYESCYLDGCYNHKKFQLCGSLAAYGEA
CRSFGILSTEWIEKENCSGVVEDPCVGADCPNRTCELDNGGELCGCIEPPPYGNNSHDII
DAEVTCKAAQMEVSISKCKLFQLGFEREGVRINDRQCSGIEGEDFISFQINNTKGNCGNI
VQSNGTHIMYKNTIWIESANNTGNIITRDRTINVEFSCAYELDIKISLDSVVKPMLSVIN
LTVPTQEGSFTTKMALYKNASYKHPYRQGEVVLTTRDVLYVGVFVVGADSTHLILTLNKC
YATPSRDSNDKLRYFIIEGGCQNIKDNTIGIEENGVSLTCRFHVTVFKFIGDYDEVHLHC
AVSLCDSEKYSCKINCPQNSRIATDYSKEHKEQIISVGPIRRKRLDWCEDNGGCEQICTS
RVDGPLCSCVTGSLQEDGRSCRASNSSVELQVWTLLLIMTQISLWHLIYKSGATS
NT seq 6468 nt   +upstreamnt  +downstreamnt
atgaattattcatcattacttagaatttgggtctctttcatcttcgctcttgttcggcac
caagctcagcccagggagctcatgtatccattttggcagaatgacacgagaacccctaaa
gtagatgacggaagctcctctgagattaagttggccatccccgtcttcttctttggtgtt
ccttaccgcaccgtctatgtcaataacaatggtgttgtttccttcaacgtgctagtgagc
cagtttacaccagagtcctttcccctgacggacgggagggccttcattgctccattctgg
gcagatgtgcacaatggaattcggggtgagatctattacagagaaaccatggaccccgcc
atcctgagaagagccaccaaggacatcaggaagtacttcaaagacatgaccaccttctct
gccacttgggttttcattgtgacctgggaggaagtcacgttttacggaggcagcagtacc
acgcctgtgaacaccttccaggctgtgctggtatccgacggctcctacacattcacgctc
tttaattactatgagatcaactggacgactgggacagccagcggtggcgaccctctaaca
ggccttggaggtgtgatggcacaggcaggatttaatggtggaaacctcacgaatttcttc
agtcttccgggatcaaggacccctgagattgtaaatattcaagagaccacaaatgtcaat
gttccaggacgctgggcatttaaagttgacgggaaggaaattgacccggccaatggctgc
acctctagaggacagttccttcgtcgaggggaggtgttttgggatgacctgaactgtacc
atcaagtgtcgctgtctggatttcaacaatgagatctactgtcaggaggcctcctgtagc
ccctacgaggtgtgcgaacccaagggtcggttcttctactgcagcccagtggagaccagt
acctgtgtggtattcggggagccacactaccacacctttgatggcttcctcttccacttc
caaggctcgtgtgcttacctgttggcccgacagtgtctacaaacctccagcctccccttc
ttcagtgtggaggccaagaacgagcaccgagggggctctgctgtctcgtgggtaaaggag
ctctctgtcgaggtcaatggctacaagattctcattcctaaaggaagctatgggaaagtc
aaggttaatgacctagtgacttctttgcccgtcaccttagagttgggggcggtgaaaatc
taccagagtggcatgtctactgccgtggaaacagattttgggctcttagtgacgtttgac
ggccagcactacgcctccatttccatcccaggctcttacataaactctacctgtggccta
tgcgggaactacaacaaaaatccactggatgacttcctccgccccgatggcaggcccgcc
atgtcggtgctggacctaggagagagctggcgtgtctaccatgctgactggaagtgtggc
tctggctgtgtagacaattgtactcagtgtgatgcagccactgaggccctctactttggt
tctgactactgcggcttcctcaacaagacggatggccccctgtgggagtgcggcactgtt
gtggatgccacggcttttgtacacagctgtgtgtacgacctgtgcagtgtgagggacaac
ggcacgctcctctgccaagccattcaggcctacgccttggtgtgccaagcccttggcatc
ccaatcggagactggagaatccaaactgggtgtgtgtctaccgtgcggtgcccaagcttc
agccattactctgtatgtaccagtagctgtccggacacctgctcggacctgacggcctct
cagaactgtgccactccatgcacggaaggttgcgagtgcaacgagggctttgtcctcagc
accagccagtgtgtccctttgcacaagtgcggctgtgacttcgatggccactactatacc
atgggcgagttcttctgggccaccgccaattgtacagtgcagtgcttatgcgaagaggga
ggggatgtctactgcttcaacaagacctgccggagtggggaggtgtgtgctgtggaggac
ggttaccagggctgcttccccaagcgggagacggtgtgcctgctcagccagaaccaggta
ctacacacatttgatggcgccgcctacgcattcccatccgagttatcatataccctactc
aagacctgccctgagcgtcctgagtacttggaaattgacatcaacaagaagaagcctgat
gcagggccagcttggctccggggtgttcggatcctcgtggctgaccaagaggtcaagata
ggaggcgtcggggctttggaagtcaagctaaatggtcaagatgtggaattaccctttttc
catccttcggggaggttggagattcacagaaacaagaacagcacaactgtggagtccaag
ggtgtggtgtccgtccagtactccgatgtgggactactgtacatccgactgtccaccatg
tacttcaactgtactggaggcctgtgtggcttcttcaatgccaatgccagtgatgagttc
tgccttcctaatggcaaatgcacagacaacctggcggtgttcttggagagctggacaaca
tttgaggaaatctgcaatggcgagtgtggggacctgctgaaggcctgcaacaatgactcc
gagctgctcaagttctaccggagccgctcccggtgtggtatcatcaacgacccctccaac
agctccttcctggagtgccatggggtggttaatgtcaccgcctactaccgcacctgcctg
tttcgcctgtgccagagcggaggcaatgagtcagagctgtgtgattctgtggcccgctat
gccagtgcttgcaagaatgcagatgtggaggtgggcccctggaggacctatgacttctgc
cctctagaatgcccggagaacagccattttgaggagtgtatgacatgtacagagacctgc
gagaccctggccttgggccccatctgtgtggacagctgctctgagggatgccagtgtgat
gaaggttatgccctgcagggcagccagtgtgtccctcggagcgagtgcggctgcaacttt
gaggggcatcaacttgccaccaatgagaccttctgggtagaccaggactgccagatcttc
tgctactgcaatggcacagacaacagtgtccactgtgagaccattccctgcagggacgat
gaatactgtatggaagagagtggcttgtactactgccagccccgtactgatgcttcctgt
atcgtctcaggctatggtcactacctcacctttgatggctacccatttgacttccagacc
agttgtcctcttatcctctgcaccacaggaagcagaccaatctcagactctttccccaag
ttcattgtaacagccaagaatgaggaccgggacccatctctagccttgtgggtgaagcag
gtggacgtgaacgtgtttggctacagcattgtgatacaccgggcttacaagcacactgtg
ttggtcaacaatgagcggttgtacctgcccctgaagttaggacaagggaagataaacatc
ttttcattcggctttcatgtggttgtggagactgactttggcctgaaggtcgtgtatgac
tggaagaccttcctgtccattaccgtcccccggagcatgcagaacggcacctatggcctc
tgtggacgctacaatggcaaccccgatgatgaccttgagatgcccatggggctgcctgca
ctgagtatcaacgagtttggccagagctgggtgaagagagacaccttctgccaggtgggc
tgtggggaccgctgcccatcctgtgccaaagtggaaggtttctccaaagtacagcagctg
tgcagcctgatccccaaccagaatgctggctttgccaaatgtcacagcaaagtcaacccc
accttcttctacaaaaactgcctgtttgactcctgtatcgatgggggtgccgtgcagaca
gcctgcagctggttacaaaactatgccagcacttgccagactcaaggaatcgcagtgacc
ggctggaggaactacacgtcctgttcggttacctgcccccccaacagccactatgagagc
tgtgtgagcgtctgccagccccgctgcgcagccatccgcctgaagagtgactgtaatcac
tactgcgtagagggctgccagtgtgatgcaggctacgtcctcaatggcaagagctgcatc
ttgccccacaactgtggctgctactcagatggcaaatactatgagcccaagcagctattc
tggaatggggactgcacgcggcgctgccgctgtttcaggcgcaacctgatccagtgtgac
ccacgccaatgcaagtcagatgaggagtgcgccctgcgcagtggggtgcgcggctgcttc
agcaccaaaacctcctactgcctagcggcagggggtggtgtcttccgcacgttcgatggt
gccttcctgcgcttccctgccaactgcgccttcgtgctctcaaccatctgccagaaattg
ccagacatctccttccagctcatcatcaacttcgacaagtggtcctcgcccaacctcact
atcatctcaccggtctatttctacattaacgaagagcagattctcatcaacgatcggaac
actgtcaaggtgaatggcacacaagtaaatgttccatttataacgggcttggcaaccaaa
atctacagcagcgaggggtttctggtgatcgacaccagtcccgacatccagatatattac
aatggttttaacgtcattaaaatcagcatcagtgagaggctacagaacaaagtgtgtggg
ctctgtgggaacttcaatggagacatgactgacgactacgtgaccttgcgggggaaaccc
gtggtgagcagcgtggtgctggcccagagctggaagaccaatggcatgcagaagagacct
ctcgcccccagctgcaacgagctacagttctcacagtatgcagccacatgtgacaatgtg
cacatccaggccatgcagggtgacggctactgcctgaaactcaccgacatgaagggcttc
ttccagccctgctatgggctccttgatcccctcccgttctacgagtcctgttacctggat
ggctgctacaaccacaagaagttccagctgtgtggctccctggctgcctacggggaggcc
tgccgctccttcggcatccttagcaccgagtggattgagaaagagaattgctcaggagtg
gttgaagacccttgtgtgggggcggattgtcccaacaggacctgcgagctggacaacgga
ggagaattatgtggctgcattgagccacccccctatggaaacaattcccatgacatcatc
gacgcggaggtgacctgcaaggcagcccagatggaagtgtccatatctaagtgcaagctc
ttccagctgggctttgagagagagggtgtgagaatcaatgaccggcagtgctctggcatc
gagggcgaggattttatctcctttcaaatcaacaacaccaaagggaactgtgggaacatc
gtgcagtccaatggcactcatatcatgtataaaaacacaatctggattgaaagtgccaac
aacactggcaacatcatcacgagggaccgcacgatcaatgtggaattttcatgcgcttat
gagctagatatcaagatctccttagactctgtcgtgaagcctatgctaagtgtcatcaac
ctgacagttccgacccaggagggcagcttcaccaccaagatggcactctataaaaatgct
tcctacaaacacccttaccgccaaggggaagttgtgctgacaactcgggatgtgctgtac
gtgggcgtctttgtggtcggagctgactctacacacttgattctcacactcaacaaatgc
tacgccaccccctcccgagacagcaacgacaagcttcggtacttcatcatcgaaggagga
tgtcagaacatcaaagacaacaccattggcatagaggagaacggagtgtccctaacctgt
cgtttccacgtcaccgtcttcaagttcatcggagactacgatgaagttcatcttcactgt
gcagtgtccctctgtgactcagagaaatactcttgcaagattaattgcccacaaaattcc
aggatcgccacagattattcaaaagagcacaaagaacagatcatttcagtgggacccatt
aggagaaaaaggctggactggtgtgaagacaacggcggctgtgagcagatctgcaccagc
cgggtcgacgggcctctgtgcagctgtgtgaccggatccctgcaagaagatggaaggagc
tgcagagcctctaattcttcagtggaacttcaagtttggacacttcttctcatcatgacc
cagatctcactgtggcatttgatctataaatcaggcgcaacctcataa

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (14)   
   RefSeq(nuc) (6)   
   GenBank (4)   
   EMBL (4)   
Protein domain (8)   
   Pfam (8)   
All databases (60)   

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